Objective We evaluated> 8500 consecutive, unselected patients with epilepsy and
neurodevelopmental disorders who underwent multigene panel testing to determine the …

Epilepsy genetics is a rapidly developing field, in which novel disease‐associated genes,
novel mechanisms associated with epilepsy, and precision medicine approaches are …

Recent advances in molecular genetics have translated into the increasing utilisation of
genetic testing in the routine clinical practice of neurologists. There has been a steady …

Background The contribution of genetic factors to epilepsy has long been recognized and
has been estimated to play a role in 70% to 80% of cases. Identification of a pathogenic …

Abstract Development in genetic technology has led to the identification of an increasing
number of genes associated with epilepsy. These discoveries will both provide the basis for …

Objective Numerous genetic testing options for individuals with epilepsy have emerged over
the past decade without clear guidelines regarding optimal testing strategies. We performed …

Background and Objectives Although genetic testing among children with epilepsy has
demonstrated clinical utility and become a part of routine testing, studies in adults are …

Objective To determine the diagnostic yield of a commercial epilepsy gene panel in adults
with chronic epilepsy and accompanying intellectual disability, given that genetic evaluation …

Objective Molecular genetic etiologies in epilepsy have become better understood in recent
years, creating important opportunities for precision medicine. Building on these advances …

Pediatric epilepsies are a group of disorders with a broad phenotypic spectrum that are
associated with great genetic heterogeneity, thus making sequential single-gene testing an …